double Yield::gatherMean(const ServerItem *item) const {
auto it = _entries.find(item);
if (it == _entries.end()) {
SERVER_ERROR("Object doesn't yield that item");
return 0;
}
return it->second._gatherMean;
}
Permissions::Usernames Permissions::ownerAsUsernames() {
const Server &server = Server::instance();
switch (_owner.type) {
case Owner::NONE:
return {};
case Owner::PLAYER:
return {_owner.name};
case Owner::CITY:
return server.cities().membersOf(_owner.name);
default:
SERVER_ERROR("Trying to fetch owning users when owner has no type");
return {};
}
}
void Class::takeTalent(const Talent *talent) {
++_talentPointsAllocated;
if (_talentRanks.find(talent) == _talentRanks.end()) {
_talentRanks[talent] = 1;
} else {
if (talent->type() != Talent::STATS && _talentRanks[talent] > 0) {
SERVER_ERROR("Can't take a second rank of a non-stats talent");
return;
}
++_talentRanks[talent];
}
_owner->sendMessage(SV_TALENT,
makeArgs(talent->name(), _talentRanks[talent]));
_owner->sendMessage(SV_POINTS_IN_TREE,
makeArgs(talent->tree(), pointsInTree(talent->tree())));
}
bool Permissions::doesUserHaveAccess(const std::string &username) const {
switch (_owner.type) {
case Owner::NONE:
return true;
case Owner::PLAYER:
return _owner.name == username;
case Owner::CITY: {
const Cities &cities = Server::instance()._cities;
const std::string &playerCity = cities.getPlayerCity(username);
return playerCity == _owner.name;
}
default:
SERVER_ERROR("Checking permission when owner has no type");
return false;
}
}